采用准静态压缩试验，得到不同规格的空气垫压缩后的接触面积和压缩载荷特性，并与模型理论值比较。
The quasi-static compression was employed, through which the comparison was made between the models and experimental values of the contacting areas and static compressing curves.
采用准静态压缩试验，得到不同规格的空气垫压缩后的接触面积和压缩载荷特性，并与模型理论值比较。
Simulation on quasi-static compression has been carried out to see the influence of the structural parameters used for the honeycomb composites on their capability of absorbing energy.
用准静态压缩试验，对影响板栗破壳力的不同因素——加载方向、板栗大小、加载速率、板栗含水率以及板栗的几何形状进行了分析。
The effects of different factors, such as the loading direction, the size, the loading speed, the water content and geometry shape, on the chestnut shelled force were investigated in this manuscript.
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